（九二）ArkCompiler 在智能建筑中的应用：编译优化与智能化水平提升 原创

# 模拟环境光线传感器读数                def get_ambient_light():                    import random                    return random.randint(0, 100)                                 # 模拟人员活动检测                def is_person_present():                    import random                    return random.choice([True, False])                                 # 智能照明控制函数                def control_light():                    light_intensity = 0                    ambient_light = get_ambient_light()                    person_present = is_person_present()                                     if person_present:                        if ambient_light < 30:                            light_intensity = 100                        elif ambient_light < 60:                            light_intensity = 50                        else:                            light_intensity = 20                    return light_intensity                                 # 模拟系统运行                light_level = control_light()                print(f"当前灯光亮度: {light_level}")
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# 模拟室内温度传感器读数                def get_room_temperature():                    import random                    return random.uniform(18, 30)                                 # 空调控制函数                def control_air_conditioner():                    target_temperature = 25                    current_temperature = get_room_temperature()                    if current_temperature > target_temperature:                        return "制冷"                    elif current_temperature < target_temperature:                        return "制热"                    else:                        return "待机"                                 # 模拟系统运行                mode = control_air_conditioner()                print(f"空调当前运行模式: {mode}")
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import socket                                 # 设备 1 发送数据                def device1_send():                    s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)                    host = '127.0.0.1'                    port = 12345                    s.connect((host, port))                    message = "设备 1 发送的数据"                    s.send(message.encode())                    s.close()                                 # 设备 2 接收数据                def device2_receive():                    s = socket.socket(socket.AF_INET, socket.SOCK_STREAM)                    host = '127.0.0.1'                    port = 12345                    s.bind((host, port))                    s.listen(1)                    conn, addr = s.accept()                    data = conn.recv(1024)                    print(f"设备 2 接收到的数据: {data.decode()}")                    conn.close()                                 # 模拟设备通信                import threading                t1 = threading.Thread(target=device1_send)                t2 = threading.Thread(target=device2_receive)                t2.start()                t1.start()                t1.join()                t2.join()
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# 模拟建筑能耗数据                energy_data = [100, 120, 110, 130, 140]                                 # 计算平均能耗                def calculate_average_energy(data):                    return sum(data) / len(data)                                 # 分析能耗趋势                def analyze_energy_trend(data):                    if data[-1] > calculate_average_energy(data):                        return "能耗上升"                    else:                        return "能耗稳定或下降"                                 # 模拟数据分析                trend = analyze_energy_trend(energy_data)                print(f"建筑能耗趋势: {trend}")
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import numpy as np                from sklearn.linear_model import LinearRegression                                 # 模拟历史能耗数据                X = np.array([[1], [2], [3], [4], [5]])                y = np.array([100, 120, 110, 130, 140])                                 # 创建线性回归模型                model = LinearRegression()                model.fit(X, y)                                 # 预测未来能耗                future_day = np.array([[6]])                predicted_energy = model.predict(future_day)                print(f"预测第 6 天的能耗: {predicted_energy[0]}")
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